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ResearchMoz include new market research report"Dye Sensitized Cell Markets - 2014: Industry Size, Shares, Growth, Trends And Forecast" to its huge collection of research reports.

Albany, NY -- (SBWIRE) -- 01/27/2014 -- The recent announcement of dye sensitized cells (DSCs) based on perovskite material that provide a 15 percent efficiency shows that DSCs could be about to hit the PV mainstream. With such new developments in mind, this new report forecasts and analyzes the market for DSCs over the next eight years. NanoMarkets has been covering the ups and downs of the DSC sector for the past five years and we believe that DSC is entering into a new era. DSC technology will soon be able to provide efficiencies close to those of commercial thin-film solar panels. And, for the first time for years, DSC will be competing in a stable market environment for solar panels.

In the report, we examine how the leading players in the DSC space plan to generate revenues in this new business environment and how their addressable markets will grow in the next decade. Our analysis covers all the product/market areas that are being seriously suggested for DSC and shows how these markets are likely to evolve.

Because of its huge revenue potential we are especially interested in the building-integrated photovoltaics (BIPV) sector and we also take a serious look at the opportunity for selling DSC products into the developing world; a market that several DSC firms have specifically targeted. This report also appraises the commercial significance of recent technical developments in the DSC space, especially the development of improved electrolytes both solid-state and liquid.

As always with NanoMarkets reports, this report also contains granular, eight-year forecasts of DSC panel and materials shipments in volume and value terms, broken down by application wherever possible. Materials covered include the critical components of the cells and modules; host, dye, and electrolyte materials; transparent and nontransparent electrode materials; and encapsulation materials.

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Smart Glass Opportunities in the Automotive Industry - 2014

This report provides an in-depth analysis of the worldwide market for smart glass used in cars and trucks identifying the main opportunities that smart glass presents for glass and coatings makers as well as for the car firms themselves. In addition, the report includes an eight-year (volume and value) forecast of smart auto glass with breakouts by materials technology and functionality.

The report incorporates a technology assessment of the latest smart glass technologies for the automotive sector including self-tinting glass, self-cleaning glass, self-healing glass, and automotive display glass. Applications covered are windshields, mirrors, sunroofs, other automotive windows and dashboards. The report also discusses the glass-related opportunities that NanoMarkets sees emerging as the result of the latest trends in automotive infotainment systems.

Display firms have begun to respond to these major trends with novel types of transparent displays. To do so they have had to invent new technologies. Transparent TFTs are especially challenging, with the most likely material solution being ZnO, though other options are possible. Hiding backlighting in transparent LCDs is also an issue, creating opportunities for transparent OLED displays; but these have their own challenges too.

In this report, NanoMarkets identifies where the revenues will be generated by transparent displays over the next eight years. In addition to leading edge applications such as smart glasses and AR, this report also considers near-term applications for transparent displays in more mundane applications such as retail and automotive.

Metal meshes - previously not under serious consideration as transparent conductors because of their lack of transparency - have now overcome their limitations and are seen as serious competition for ITO in touch-screen sensors and large display, lighting and solar panels. In some cases, ITO and metal meshes may even be used to together.

Metal meshes on film have been around for many years, but it is only in the past couple of years that new deposition and materials technologies have allowed meshes to serve as a transparent conductor for real world applications. Many of the new generation of metal meshes use silver, but some now use copper, which had previously mostly been ruled out for transparent conductor markets.

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